Armada Technologies Pro50 Manuel utilisateur

Introduction

This guide is intended to acquaint you with the safe operation and

maintenance procedures for the Armada Technologies® Models

Pro50™and Pro50K™digital AC/DC Solenoid Activator/Multimeter

and kit. Read the entire guide before operating the Pro50™or

Pro210F™filter tone probe found in the kit. Keep this guide

available to anyone who may be required to use these products.

DESCRIPTION

The Pro50K™consists of a Pro50™tester, a Pro210F™advanced

tone probe, and a soft carrying case. The functions of the Pro50™

include:

•Testing 24V output from the clock/controller.

•Activating any AC or DC low voltage solenoid.

•Chattering any AC or DC low voltage solenoid for lost valve

locating.

•Powering two-wire irrigation control cables to allow fault finding.

•Sending beeping tone to identify wires.

•Measuring AC or DC voltage and resistance.

The Pro210F™Filter Tone Probe is an advanced inductive probe

for identifying wire termination points in conjunction with the

Pro50™transmitting in tone mode.

Safety

WARNING: To ensure safe operation and service of the Pro50™,

follow these instructions. Failure to observe warnings can result in

severe injury or death.

•The Pro50™is designed for use on low voltage circuits only.

•Connection to AC power line voltages could damage the Pro50™.

•Use the Pro50™only as specified in the user guide.

•Use caution around voltages above 30 VAC rms, or 60 VDC.

These voltages pose a shock hazard to the user.

A. Battery Test

1. A battery icon appears on the top right side of the LCD

screen of the Pro50™while in use. When batteries are

fresh, the entire icon should be filled and solid. When the

icon is empty, so are the batteries.

2. The Pro50™and the Pro210F™both require 4 AA batteries

each and are inserted on the back of each unit.

B. Operation

1. The power switch is located on the front of the Pro50™in

the bottom right corner. To activate, push the power switch

and hold until the screen becomes active.

2. The Pro50™’s LCD display shows the functions available

and test conditions. Themain screenis pictured below –you

can choose to work with;

a. F1: a 9 VDC (battery) system.

b. F2: two-wire fault-finding mode.

c. F3: a conventional 24 VAC system.

Select the test function using the F1, F2 or F3 Main Control keys

below the display.

F1: Operation with battery-powered controllers and remote

DC latching valve solenoids.

1. Connect the Pro50™to a zone wire and associated

common wire of the valve you wish to test and turn it on.

2. When selecting F1 from the main screen, the Pro50™can

test and operate the remote DC latching valve solenoids. On

this DC screen, use the F1 ON to activate the solenoid or

use F2 CHATTER to make the solenoid quickly turn on and

off to locate (BE SURE THE WATER IS TURNED OFF).

Selecting F3 turns both F1 and F2 off.

3. Press the left arrow to return to the main screen. Press the

right arrow to go to the next screen, which is the multimeter

screen.

F3: Operation with AC controllers solenoids.

Again, from the main menu, for AC valve actuation or chatter, use

F3. This takes the user to the AC solenoid menu (see picture

below). Once on this menu, the instructions are the same as above

in the F1 section.

F2: Two-wire irrigation fault-finding mode

From the main menu, press F2 to access the two-wire irrigation fault

finding mode. This mode places power on field cables via the test

leads, allowing the user to troubleshoot the system using a milliamp

clamp meter (like the Armada Pro95i). The clamp meter can detect

the current pulled by most two-wire components like decoders and

sensors on the field cable. To use this function:

1. Disconnect the two-wire control cable from the controller.

2. Connect the Pro50™test leads to the two-wire control cable

(red to red, and black to black). See image below.

3. Press F2 from the main screen. This will pull up the two-wire

fault-finding screen. See image below.

4. Press F1 ON to power the 2-wire cable. This will provide

power to thetwo-wire cable for 15minutes beforetiming out.

Press F2 if you’d like to change the timeout from 15 minutes

to 30 minutes.

5. Press F3 OFF to stop powering the two-wire cable.

6. Press the left arrow to return to the home screen.

How to Use the Digital Multimeter

To utilize the built-in digital multimeter, press either the left or right

arrow keys from the main menu screen. The symbols for Voltage

DC, Ohms, and Voltage AC will appear. See screenshot below.

Connect the Pro50™to the zone or item you wish to test. Press F1

for DC Voltage, F2 for resistance ohms, or F3 for AC Voltage. The

Pro50™has auto-range capability, meaning that the expected

range is not required to be entered into the Pro50™.

How to Send Tone

From the home screen, press either the left or right arrow two times

to get to the send tone screen. See picture below.

Then press F2 to activate the built in tone generator for wire

identification. The three lines will blink, indicating that tone is being

sent. A Pro210F™filter probe will be required to hear the tone at

the far end. When activating the tone, connect the red alligator clip

of the Pro50™to a single conductor that the user wishes to identify.

Connect the black alligator clip to ground for best signal. Once

connected and activated, the user can identify thecable attached to

the Pro50™by taking the Pro210F™to the far end of the cable and

listening for the loudest tone coming from a particular cable or wire.

The loudest is generally the wire to be identified.

MAINTENANCE

The Armada Pro50™requires 4 AA batteries for operation (not

included).

SPECIFICATIONS of the Pro50™:

Connections: Removable Standard Multimeter Alligator Leads. 24

inch, Red and Black. Cat IV, 600v.

Tone tracing transmit power: +6 dBm (600 ohms).

Line transmit frequency: 900 Hz alternating with 1050 Hz, at a 2 Hz

rate.

Line voltage protection: 120 VAC or 120 VDC.

Battery type: Four (4) ‘AA’ or LR6 cells.

AC Solenoid Operation: 24 volts AC.

DC Latching Solenoid Operation: +9 VDC and -9 VDC pulses 40

milliseconds.

Test Range: 3,000 feet (1 km) over 18 ga (1 mm) cable.

Built-in Multimeter: Tests AC or DC to 40 volts, auto-ranging.

Electrical Resistance: From 0 to 40 kilohms, auto-ranging.

Display: 0.5 x 2 inches (12 x 50 mm) LCD.

Battery Saving Timeout: 15 minutes.

Operating Conditions: +32 to +120 degrees F (0 to +50 degrees C).

Unit Size: 7 x 3 x 1.5 inches (175 x 80 x 35 mm).

Weight Including Test Leads: 8.5 ounces (240 g) without batteries.

One-Year Limited Warranty

Armada Technologies warrants all products will be free from defects

in material and/or workmanship for a period of 12 months from the

date of retail purchase. Abuse or misuse is not covered by the

warranty and is determined at the sole discretion of Armada

Technologies. For all test instrument repairs, you must first request

a Return Material Authorization Number (RMA) by contacting

Armada at (616) 803-1080 or if international, through your local

dealer who can be found at www.Armadatech.com.

This RMA number must be clearly marked on the shipping label.

Ship units Freight Prepaid to Armada Technologies.

Armada Technologies Inc.

8535 Byron Commerce Dr. SW Ste. A

Byron Center, MI 49315

1-616-803-1080

www.armadatech.com

Rev 09/23

Introducción

Este manual es para que el usuario sepa operar el equipo

seguramente y que conozca el procedimiento para mantener los

modelos Pro50™y Pro50K™activador digital para los solenoides

de CA/CC con multímetro de Armada Technologies. Lea este

manual entero antes de operar el Pro50™o la Pro210F™sonda

filtro de tono suministrado en el equipo. Tenga disponible este

manual para cualquier persona que tenga que utilizar estos

productos.

Descripción

El Pro50K™consiste de un probador Pro50™, una sonda de tono

avanzada Pro210F™, y un estuche portátil blando. Las funciones

del Pro50™incluyen:

•Probar la salida 24v del reloj o controlador.

•Activar cualquier solenoide de voltaje bajo de CA o CC (AC

o DC).

•Vibrar o Sacudir cualquier solenoide de voltaje bajo de CA

o CC (AC o DC) para localizar a una válvula perdida.

•Proveer energía a los cables de control de reigo de dos

conductores para permitir la detección de fallas.

•Emitir el tono para identificar los cables.

•Medir el voltaje de CA o CC (AC o DC) y la resistencia

La sonda filtro de tono Pro210F™es una sonda avanzada que

detecta el tono para identificar el termino del cable en conjunción

con el Pro50™en el modo de tono.

Seguridad

ADVERTENCIA: Para asegurar la operación segura del probador,

sigue estas instrucciones. Incumplimiento de las advertencias

podría ocasionar un accidente o la muerte.

•El Pro50™está diseñada para el uso solamente en los

circuitos que voltaje bajo.

•La conexión a los voltajes de las líneas eléctricas de CA

(AC) podría dañar el instrumento y podría ser peligroso para

el usuario.

•Utilizar el probador solamente como especificado en el

manual de instrucciones.

•Tener cuidado con los voltajes de más 30 V de CA RMS, o

60 V de CC. Con estos voltajes, hay peligro de una

descarga.

Operación

A. Probando la batería

1. Un icono de una batería debe aparecer en la parte

superior derecha de la pantalla VCL (LCD) del Pro50™

mientras está en uso. Cuando las pilas están

cargadas, el icono se ve lleno. Cuando el icono está

vacío, también las pilas están vacías .

2. El Pro50™y Pro210F™ambos se requieren cuatro

pilas AA cada uno y puede insertarlas al reverso de la

unidad.

B. Operación

1. El interruptor de encendido está en la parte delantera

del Pro50™en la esquina inferior derecha. Para

encender, mantenga presionado el interruptor de

encendido hasta que la pantalla se active.

2. La pantalla VCL (LCD) Pro50™muestra las funciones

disponibles y las condiciones de prueba. La pantalla

principal está ilustrada abajo. Puede elegir trabajar con:

a. F1: un sistema de 9 Vdc (pila)

b. F2: el modo de detector de fallas de dos

conductores

c. F3: un sistema convencional de 24 VAC

Seleccione la función de prueba al utilizar las teclas de control

principales F1, F2, o F3 debajo de la pantalla.

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